Late quaternary vegetation dynamics and human impact on Alexander Selkirk Island, Chile

Agriculture & Biology

• anthropogenic activities 92%
• Chile 84%
• vegetation 64%
• sediments 48%
• shrublands 37%
• charcoal 29%
• pollen 27%
• Pernettya 17%
• clay 16%
• climate change 14%
• goats 14%
• carbon radioisotopes 12%
• Rumex 12%
• pollen analysis 11%
• dry climates 11%
• Pacific Ocean Islands 10%
• detritus 10%
• Pacific Ocean 10%
• introduced plants 9%
• sea level 9%
• coolers 9%
• peat 9%
• ferns and fern allies 9%
• fossils 9%
• oscillation 8%
• drainage 8%
• data analysis 8%
• highlands 7%
• shrubs 7%
• mass spectrometry 7%
• flora 7%
• spores 6%
• history 6%
• grasses 6%
• taxonomy 6%

Earth & Environmental Sciences

• vegetation dynamics 100%
• anthropogenic effect 87%
• vegetation 52%
• shrubland 40%
• pollen 31%
• charcoal 26%
• goat 21%
• sediment 16%
• occupation 16%
• plant species 15%
• sediment analysis 12%
• sixteenth century 12%
• slope stabilization 12%
• clay 11%
• Southern Oscillation 10%
• fossil assemblage 10%
• fern 10%
• palynology 9%
• Last Glacial 9%
• accelerator mass spectrometry 9%
• climate change impact 8%
• detritus 8%
• archipelago 8%
• spore 8%
• mosaic 8%
• sediment core 8%
• peat 8%
• flora 7%
• shrub 7%
• grass 7%
• sea level 6%
• Holocene 6%
• drainage 6%
• timescale 6%
• disturbance 6%
• erosion 5%
• transition 5%
• climate change 5%
• ocean 5%